The process where a molecule of a chemical will react with other identical molecules and in the process form larger chainlike molecules called polymers is known as polymerization. The individual molecules are called monomers. Acrylic acids such as methacrylic acid and methyl methacrylic acid, are two examples of simple acrylic monomers that can be polymerized to resins with a high molecular weight, which will in turn, form films around the pigments and will adhere to the substrate thus binding the pigment. The most common binder in use today is the acrylic monomer. These products are easily polymerized by the removal of water, through evaporation, and the addition of heat. In most cases the binder will completely polymerize once the water is removed by drying and after one to two weeks at ambient conditions. This type of polymerization produces a linear polymer that literally entangles the pigment and itself in the fabric/fiber matrix.
The relative fastness properties of these simple polymers is, as one might suspect, not as good as a binder that requires more energy to complete the process. While this does accomplish the basic function of the binder, this type of polymer may be more susceptible to removal by rubbing or washing than a binder that would also incorporate more association with the fibers. For instance, if the binder contained additional sections of polymer known as “branched chains” or “arms”, it could latch onto other segments of polymer at right angles to the long linear chains. This three dimensional nature would be more stable to outside forces such as rubbing and washing. But by nature, once the system becomes three-dimensional it becomes more rigid and thus would make the fabric stiffen.
These polymer-forming additions are referred to as “copolymers”. As a general statement, most commercial binders are already mixtures of several copolymers, which in turn enhance the properties of the particular binder being used. In some cases, a textile pigment binder system is composed of pigment and binder only. In many more cases, the binder system is a more or less complex mixture of pigment, binder, auxiliary chemicals, auxiliary binders, and cross-linking agents. All of these systems are referred to as “Binder Systems”.
INDUSTRIAL TEXTILE CHEMICALS
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MANUFACTURING PROCESS OF TEXTILE CHEMICALS is not very complicated. For the production, there is need usable and tried a formulation, raw materials and mixing tank. For raw materials to be used, quantities to be used and ingredients usage rankings, you should look into this formulation. Therefore, formulation and productıon methods of TEXTILE CHEMICALS are important. If you have not a good formulation, you cannot make healthy and efficient production of any textile chemicals.
If you need any manufacturing formulations and production methods about
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All industrial products in the encyclopedia are producible easily. You need no help and no technıcal support. The encyclopedia is enough to produce textile chemicals itself.
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